Aim: We performed a real-world data analysis to evaluate the relationship between simulated ketamine exposures and oxygen desaturation in children.
Materials & methods: A previously developed population pharmacokinetic model was used to simulate exposures and evaluate target attainment, as well as the association with oxygen desaturation in children ≤17 years treated with intravenous ketamine.
Results: In 2022 children, there was no significant association between simulated plasma ketamine concentrations and oxygen saturation; however, a higher cumulative area under the curve was associated with increased odds of progression to significant desaturation (<85%), though magnitude of effect was small.
Conclusion: By leveraging a population pharmacokinetic model and real-world data, we confirmed there is no relationship between simulated ketamine plasma concentration and oxygen desaturation.
Keywords: ketamine; oxygen desaturation; real-world data; respiratory compromise; simulated plasma concentration.
© 2023 The Authors.